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The "Nano Zone Coat Application Service" is a photocatalytic coating service that firmly fixes nano-sized titanium oxide onto the surface of materials without a binder, reacting to light (LED, fluorescent, natural light) to decompose viruses, bacteria, and odors. It is transparent and unobtrusive, allowing for an increase in hygiene levels without altering the appearance of the application target, making it widely adopted in various facilities such as food factories, stores, clinics, offices, and homes. With high durability and expected long-term effects, it can maintain a "constantly clean environment" when combined with regular cleaning. **Features** - Photocatalyst that works under visible light: Effective 24 hours a day even under indoor lighting. - Long-lasting: High durability that resists loss of effectiveness even with wiping. - Transparent finish that does not alter appearance: Applicable to a wide range of surfaces including walls, ceilings, glass, furniture, and electronic devices. - Suppresses viruses, bacteria, mold, and odors: Continuously improves the hygiene level of facilities. - Can be applied while in operation: Work can be done without stopping the business or operation of stores, facilities, or factories.

Eliminate 'variability' and 'downtime' in cleaning. A photocatalytic coating that works 24 hours a day. In food factory hygiene management, there are challenges such as variability in cleaning by workers and the proliferation of bacteria that begins immediately after cleaning. Nano Zone Coat uniquely addresses these 'limitations of manual cleaning' with its photocatalytic technology, enhancing the hygiene rank on-site and contributing to HACCP measures. ■ Three cutting-edge technologies - World’s smallest class '2-nanometer size': Ultra-small particles react even to minimal indoor light, powerfully decomposing bacteria and viruses. - Adhesive-free 'binderless': Without the use of adhesives, particles are exposed, maximizing the inherent power of the photocatalyst. - High durability 'self-bonding': Directly nano-bonds to the material. It is difficult to peel off, and the effect lasts for years with a single application. ■ Benefits of implementation The goal is not to eliminate cleaning, but to maintain a 'clean state' 24 hours a day after cleaning. It standardizes the hygiene quality of the entire factory, regardless of the skill level of the workers, minimizing the risk of food poisoning and infectious diseases. The main components are titanium dioxide, a food additive, water, and trace amounts of alcohol, making it safe for application.

【Product Overview / Benefits of Introduction】 Are you troubled by "cleaning costs" and "staff labor burdens" due to regular mold removal work, or concerns about "damage to equipment and safety" from the use of strong chlorine-based chemicals? 'Nano Zone Coat' is a next-generation titanium dioxide photocatalytic coating that reacts to "light" such as sunlight and indoor LED lighting, fundamentally breaking down and removing mold spores, bacteria, and organic matter. Its effects last for a long time with just one application, achieving both improved hygiene in the workplace and cost reduction simultaneously.

"Nano Zone Coat Mobility" is a visible light-responsive photocatalytic coating that uses titanium oxide in the world's smallest class (2-3 nanometers). Unlike conventional disinfectants, it continuously decomposes viruses, bacteria, and organic substances that cause odors in response to even slight light, such as sunlight or interior car lights. Thanks to a unique technology that does not use binders (adhesives), it transforms the entire interior space into a "self-cleaning space" without compromising the texture of the materials. As a premium added value for new cars and a refreshment menu for used cars, it delivers "visible peace of mind" to customers and enhances the quality of service in stores.

In hospitals, reducing the risk of hospital-acquired infections and ensuring the safety of patients and healthcare workers is the top priority. Especially in spaces used by many people, it is crucial to minimize the risk of airborne viruses and bacteria, as well as contact infections. Nanozone Coat addresses these challenges through photocatalytic technology, providing a clean and safe environment. 【Usage Scenarios】 - Waiting rooms - Examination rooms - Patient rooms - Operating rooms - Reception areas 【Effects of Implementation】 - Reduction of hospital-acquired infection risks - Increased sense of security for patients and staff - Odor reduction - Maintenance of a clean environment - Improvement of corporate image

In nursing facilities, thorough hygiene management is required to protect the health of residents. It is especially important to reduce the risk of infections and maintain a clean environment. To strengthen hygiene management in areas that cannot be adequately addressed by routine cleaning alone, NanoZone Coat can be helpful. 【Usage Scenarios】 - Residents' rooms - Common areas (dining rooms, lounges, etc.) - Toilets, bathrooms - Rehabilitation rooms 【Benefits of Implementation】 - Improvement in overall hygiene levels of the facility - Reduction in infection risks - Increased sense of security for residents and staff - Enhanced facility image

In the hotel industry, providing customers with a comfortable and clean space is essential for improving customer satisfaction. Particularly in areas where many people gather, such as guest rooms, lobbies, and restaurants, hygiene management becomes crucial. Inadequate hygiene management can lead to customer discomfort and health concerns, potentially lowering the hotel's ratings. Nanozone Coat utilizes photocatalytic technology to break down odors and dirt in the air, maintaining a clean space for an extended period. It offers customers peace of mind and comfort, contributing to an enhanced hotel image. 【Usage Scenarios】 It can be utilized in various locations such as guest rooms, lobbies, restaurants, banquet halls, gyms, changing rooms, and inside elevators. Applying it to frequently touched surfaces like doorknobs, tables, and handrails is also effective. 【Benefits of Implementation】 - Improved customer satisfaction through the provision of a clean and comfortable space - Enhanced customer comfort due to reduced odors and dirt - Assurance provided by maintaining long-term hygiene levels - Improved corporate image through initiatives related to ESG and SDGs

In the restaurant industry, it is important to reduce the risk of food poisoning and provide customers with safe meals. In particular, places where people gather, such as kitchens and dining areas, must have thorough hygiene management. Food poisoning not only harms customers' health but can also lead to a loss of trust in the establishment. Nanozone Coat reduces the risk of food poisoning by using photocatalytic technology to break down bacteria and viruses in the air, maintaining a clean environment. 【Usage Scenarios】 - Kitchen - Dining area - Restroom - Employee break room 【Benefits of Implementation】 - Reduced risk of food poisoning - Increased customer peace of mind - Enhanced reliability of the establishment

In factories, measures to prevent foreign matter contamination are essential to maintain product quality. Particularly in environments such as food factories and precision equipment factories, where high hygiene levels are required, contamination from airborne particles and contact surfaces poses a significant challenge. Nanozone Coat utilizes photocatalytic technology to keep the air and contact surfaces within the factory clean, reducing the risk of foreign matter contamination. It helps protect employee health and contributes to improving product quality. 【Usage Scenarios】 - Food factories - Precision equipment factories - Pharmaceutical manufacturing factories - Clean rooms 【Benefits of Implementation】 - Reduction of foreign matter contamination risk - Improvement in product quality - Maintenance of employee health - Enhancement of corporate image